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Titre	The Physics of Musical Instruments
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Fichier	the-physics-of-music_im30B.pdf
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Durées	58 min 32 seconds
Lancé	4 years 10 months 27 days ago
Classification	DV Audio 192 kHz
Nombre de pages	169 Pages

The Physics of Musical Instruments

Catégorie: Calendriers et Agendas, Sciences, Techniques et Médecine
Auteur: Schneider Gerd-Helge, Thomas D.Rossing Neville H.Fletcher
Éditeur: Ella Frank, Michael Green
Publié: 2016-07-08
Écrivain: Roger Hargreaves, Robert Kirkman
Langue: Anglais, Espagnol, Arabe, Suédois
Format: eBook Kindle, Livre audio

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Model-based decision support methods applied to the conservation of musical instruments: application to an antique cello - In musical instrument making and restoration domains, the variability of the materials and the irreversibility of the changes are issues for the experimental study of the impact of design changes and restorations on musical instruments. In addition, the analytical methods based on simplified geometries and models are not sufficiently detailed for the study of complex structures and phenomena. The virtual prototyping, and its different capabilities, can be a powerful method for instrument makers and museum curators as a decision support tool. Nevertheless, the accuracy of the model is an important matter to assess good predictions. In the case of antique and unique instruments, it is sometimes hard to obtain exhaustive geometrical properties. Similarly, it is also difficult to evaluate the material properties of full instruments, and this uncertainty may have a strong impact on the output features of the numerical models. In this study, a numerical model of cello is developed using finite element method. It is

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